about changes in the detector-defined min_lat_time (valid_ranges)
* Added Frelon TimeCalc and Acc. Mode test Python scripts

* Frelon::SyncCtrlObj latency time now includes the detector dead time

  + Precise readout time measurement of the different HW RoI modes
    and comparation with the theoritical value reported by the camera
  + Configure the Kinetics RoI mode for fast Spectroscopy measurements
  + Stripe concatenation readout using 3D data from readImageSeq

  and control the print update rate, as well as enabling debug & events

* Updated and renamed existing Frelon test examples

  + Added SIP wrapping for std::map<int, std::string>
  + Exported RegStrMap & SerialLine::splitMsg to Python
  + Added FrelonAcq.checkMonitoredSerialCmd, which detects setting of
    LatencyTime, ShutCloseTime and ShutEnable and updates CtAcquisition and
    CtShutter so they are not lost on next prepareAcq if apply policy is All

  * Allow cameras to not have a default input channel on FFM,
    try FTM as well in Frelon::Interface::resetDefaults
  * Do not divide FrameDim height by 2 in FTM if isHama()

  defaults settings are applied on standard reset only if HardReset requested

Conflicts:
	include/FrelonInterface.h
	sip/FrelonInterface.sip
	src/FrelonInterface.cpp

* Implemented Frelon EventCtrlObj, redirecting EventCallbacks from Espia::Acq
* Using TimeUnit (Z) register to properly handle ShutterCloseTime and
  LatencyTime, which before were (mistakenly) assumed to be in Milliseconds
* Verify camera model before issuing SPB2-specific commands (ConfigHD, HTD)
* Using DEB_HEX() when displaying available modes (CMA)